Salinity influence on soil microbial respiration rate of wetland in the Yangtze River estuary through changing microbial community

Keyphrases

• Actinobacteria 16%
• Carbon Fixation Rate 16%
• Carbon Output 16%
• Chemical Factors 16%
• Copyright 16%
• Dominant Bacteria 16%
• Estuarine Wetland 16%
• Freshwater 16%
• Heterotrophic 16%
• Heterotrophic Bacteria 16%
• High Salinity 16%
• Influence Coefficient 16%
• Jiuduansha Wetland 16%
• Low Carbon 16%
• Low Salinity 16%
• Marine Ecosystems 16%
• Metabolic Flexibility 16%
• Microbial Community 100%
• Microbial Respiration 100%
• Path Analysis 16%
• Physical Factors 16%
• Plant Biomass 16%
• Plant Species 16%
• Proteobacteria 33%
• River Ecosystem 16%
• Salinity Effect 100%
• Sampling Area 16%
• Soil Chemical 16%
• Soil Microbial Community Structure 16%
• Soil Microbial Respiration 100%
• Soil Physical 16%
• Soil Respiration 83%
• Soil Salinity 33%
• Tidal Wetlands 33%
• Wetlands 100%
• Yangtze River Estuary 100%

Agricultural and Biological Sciences

• Actinobacteria 20%
• Aquatic Ecosystem 20%
• Carbon Fixation 20%
• Estuaries 100%
• Microbial Community 100%
• Purple Bacteria 40%
• Soil Microbial Community 20%
• Soil Respiration 100%
• Soil Salinity 40%

Earth and Planetary Sciences

• Aquatic Ecosystem 16%
• Carbon Fixation 16%
• Microbial Community 100%
• Plant Specie 16%
• Salinity 100%
• Soil Microbial Community 16%
• Soil Respiration 83%
• Soil Salinity 33%